Abstract: A method for dialing between Internet extensions is disclosed. When dialing between Internet extensions, just dial the switchboard phone number of SIP proxy server plus “-” and then dial the extension phone number of the opposite Internet extension directly. It is not necessary to use a voice guidance for asking dialing of the extension phone number of the opposite Internet extension.

Abstract: A method for dialing from Internet extension to conventional extension is disclosed. A VoIP gateway or an IP auto attendants is used for dialing from Internet extension to conventional extension. The phone number of the Private Branch Exchange and the voice guidance are not needed. The calling number of SIP message is interpreted directly and converted into DTMF (Dual-tone multi-frequency) messages for dialing into a conventional extension.

Abstract: A method for dialing between Internet extensions is disclosed. When dialing between Internet extensions, just dial the switchboard phone number of SIP proxy server plus “-” and then dial the extension phone number of the opposite Internet extension directly. It is not necessary to use a voice guidance for asking dialing of the extension phone number of the opposite Internet extension.

Abstract: A method of matching customer demand with production capacity of a plurality of factory facilities. The inventive method includes inputting demand data and supply data, performing a first matching operation, collecting rematched demand data and rematched supply data, classifying the rematched demand data, and performing a second matching operation.

Abstract: The present invention provides an NAT (Network Address Translator) traversal method in Session Initiation Protocol (SIP) for solving the problems of SIP in Internet phone (VoIP) under current Internet environment. In other words, the present invention solves the SIP problems caused by NAT (Network Address Translator) that P2P (Peer to Peer) transmission cannot traverse the NAT firewall directly.

Abstract: An expansion card has a terminal block, a top metal sheet, bottom metal sheet and a plastic seat. Two step retainers are formed respectively on two short edges of the terminal block. Two pairs of hooks are formed on the two long edges adjacent respectively to front and rear ends of the bottom metal sheet. The hooks of one pair hook respectively on the step retainers. The two long edges of the top metal sheet both extend to form Two bent portions are formed respectively on the long edges of the bottom metal sheet. The plastic seat is engaged with the top and bottom metal sheet. Fabrication of the expansion card is easy and convenient.

Abstract: The present invention provides a web call method so that when a user uses a personal computer to make an Internet call, the user just inputs a web address through browser instead of key in telephone number by keyboard.

Abstract: An expansion card has a terminal block, a top metal sheet, bottom metal sheet and a plastic seat. Two step retainers are formed respectively on two short edges of the terminal block. Two pairs of hooks are formed on the two long edges adjacent respectively to front and rear ends of the bottom metal sheet. The hooks of one pair hook respectively on the step retainers. The two long edges of the top metal sheet both extend to form Two bent portions are formed respectively on the long edges of the bottom metal sheet. The plastic seat is engaged with the top and bottom metal sheet. Fabrication of the expansion card is easy and convenient.

Abstract: A method of classifying demand for an allocation term. The inventive method first inputs demand data, order data, and supply data. The method then classifies the demand data into prioritized demand data according to the order data and the supply data. The method finally combines and outputs the first, second, and third priority demand data, and updates the supply data according to the first, second, and third demand data.

Abstract: A method of classifying demand for an allocation term. The inventive method first inputs demand data, order data, and supply data. The method then classifies the demand data into prioritized demand data according to the order data and the supply data. The method finally combines and outputs the first, second, and third priority demand data, and updates the supply data according to the first, second, and third demand data.

Abstract: A method of matching customer demand with production capacity of a plurality of factory facilities. The inventive method includes inputting demand data and supply data, performing a first matching operation, collecting rematched demand data and rematched supply data, classifying the rematched demand data, and performing a second matching operation.

Abstract: On-chip resistance, capacitance and/or inductance is implemented in an integrated circuit in vertical configurations using stacked vias and medullization layers within the integrated circuit. Column shaped openings or vias are formed within the integrated circuit and connect from a silicon substrate to various metal traces. The vias are filled with conductive material such as platinum or tungsten. Parallel vias are used to form capacitance, while multiple vias and metal traces are arranged in various patterns over several planes in order to form resistance and/or inductance. The use of the stacked vias and metal traces in a vertical fashion reduces lateral spacing required to implement on-chip resistance, capacitance and/or inductance and allows for more efficient use of space in very large scale integration.

Abstract: A system and method for analyzing timing and noise effects in a hybrid circuit which contains a plurality of electrical components. The timing and noise effects for the hybrid circuit are generated by simulating electrical conditions within a hybrid circuit model. The hybrid circuit model is constructed by creating and integrating analog and behavioral models from the plurality of electrical components. The timing and noise effects remain accurate even at high printed circuit board/multi-chip module clock speeds, thereby ensuring that a user is able to construct an optimal design for any one of the plurality of electrical components.

Abstract: A graphics processing system incorporates a calibrator module into the system. As a memory module continuously transmits a model data signal, the calibrator module automatically increments the number of stages of delay, which are integrated into a delayed clock signal. Each delayed clock signal triggers the sampling of the model data signal by a plurality of latches. The calibrator module compares each of these sampled data signals with the original model data signals. If the delayed clock signal is properly aligned with the model data signal to cause the two signals to match, the calibrator module stores a result signal in a "1" logic state. If the delayed clock signal is misaligned with the model data signal, the calibrator module will store the result signal in a "0" logic state.